Search
Now showing items 1-4 of 4
Viroids : minimal genetic systems : (RNA, plant pathogens, replication, pathogenesis)
(University of Missouri, Agricultural Experiment Station, 1980)
are not encapsidated. Despite their small size, viroids replicate autonomously in cells of susceptible plant species. Known viroids are single stranded, covalently closed circular, as well as linear, RNA molecules with extensive regions of intramolecular...
Divergent and concerted evolution of the two regions encompassing the iso-1- cytochrome c and iso-2-cytochrome c genes of yeast : (saccharomyces cerevisiae, cytochrome c of yeast, evolution of yeast, cloning yeast genes, recombinant DNA, transpositions, composite genes)
(University of Missouri, Agricultural Experiment Station, 1982)
transposition in which a circular intermediate containing the three genes integrated at a new chromosomal position. The order of the genes could have been altered if the circle closed and opened at different sites during the excision and integration...
The integration of human DNA and expression tumor virus genes : (cell transformation, transcription, integration, human cancer)
(University of Missouri, Agricultural Experiment Station, 1980)
DNA tumor viruses offer excellent model systems to study the molecular biology of eucaryotic cells and to establish the molecular basis for cell transformation. Our laboratory has focused on the human adenovirus type 2 ...
Evolution of DNA sequence : mechanisms and models as seen in small phages : (small isometric phages, evolution of their nucleotide sequence, duplication, deletion, overlapping genes, secondary structure)
(University of Missouri, Agricultural Experiment Station, 1980)
Extensive nucleotide sequence data is new known for six small isometric phages, ([o with diagonal slash]Xl 74, G4, St-1, Sl3, [lowercase alpha]3 and [phi]K).Comparison of these sequences allows us to observe the role of ...